Determine the voltage gain and the power gain of the class A power amplifier in Figure 7-5. Assume Bac EXAMPLE 7-1 = 200 for all transistors. Vcc +12 V R3 ER 56 kN Rc > 4.7 k! C3 5.6 kN Q2 Vinl 0.22...

Determine the voltage gain and the power gain of the class A power amplifier in<br>Figure 7-5. Assume Bac<br>EXAMPLE 7-1<br>= 200 for all transistors.<br>Vcc<br>+12 V<br>R3<br>ER<br>56 kN<br>Rc<br>> 4.7 k!<br>C3<br>5.6 kN<br>Q2<br>Vinl<br>0.22 uF<br>1.0 uF<br>Q3<br>REI<br>68 N<br>R4<br>R2<br>10 kn<br>50 mV pp<br>22 kΩ<br>1.0 kHz<br>33 A<br>100 uF<br>Speaker<br>RE3<br>RE2<br>560 N<br>C2<br>100 uF<br>2 W<br>FIGURE 7-5<br>

Extracted text: Determine the voltage gain and the power gain of the class A power amplifier in Figure 7-5. Assume Bac EXAMPLE 7-1 = 200 for all transistors. Vcc +12 V R3 ER 56 kN Rc > 4.7 k! C3 5.6 kN Q2 Vinl 0.22 uF 1.0 uF Q3 REI 68 N R4 R2 10 kn 50 mV pp 22 kΩ 1.0 kHz 33 A 100 uF Speaker RE3 RE2 560 N C2 100 uF 2 W FIGURE 7-5

Jun 11, 2022

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Determine the voltage gain and the power gain of the class A power amplifier in Figure 7-5. Assume Bac EXAMPLE 7-1 = 200 for all transistors. Vcc +12 V R3 ER 56 kN Rc > 4.7 k! C3 5.6 kN Q2 Vinl 0.22...

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